The FIT consortium

FIT is provided by a consortium of five institutions of higher education and research that are devoted to making testbeds for network computer communications available to enterprise, scientific researchers, and educators.

Université Pierre et Marie Curie (UPMC), Inria, Université de Strasbourg, Institut Mines Télécom and CNRS have been building wireless, sensing and mobility testbeds, the interfaces that allow the testbeds to operate in a federation, and the tools that make it easy for users to access the testbeds.

FIT is one of 52 winning projects from the first wave of the French Ministry of Higher Education and Research’s “Équipements d’Excellence” (Equipex) research grant programme. Coordinated by Professor Serge Fdida of UPMC Sorbonne Universités and running over a nine-year period, the project will benefit from a 5.8 million euro grant from the French government.



onelab

A Federation of World Class
Computer Networking Testbeds

OneLab offers easy access to a variety of network communications environments: ad-hoc wireless networks with mobility and sensing capabilities; wireless broadband access and core networks; a global, public, fixed-line Internet; and both wireless and fixed-line emulated environments.

OneLab is a consortium consisting of five different higher education and research institutions. These institutions are devoted to making testbeds used for network computer communications available to enterprises, scientific researchers, and educators. Université Pierre et Marie Curie (UPMC), Inria, iMinds, TU Berlin, and the University of Thessaly have been putting in place the building blocks since 2006: the testbeds themselves; the interfaces allowing testbeds to operate in a federation; and the tools necessary to provide users easy access to the testbeds. These efforts culminated in 2014 with the creation of the OneLab consortium, led by UPMC.

The OneLab federation consists of the following four platforms:

  • FIT IoT-Lab: Six large-scale Internet of Things testbeds with over 2700 wireless sensor nodes in a variety of topologies and environments, and both fixed and mobile nodes
  • PlanetLab Europe: an Internet overlaid testbed for computer networking and distributed systems research with 300 servers offering access to Internet-connected Linux virtual machines at 150 sites across Europe
  • FIT CorteXlab: a testbed for developing cognitive radio applications, with 80 wireless nodes deployed in a 180 m² isolated anechoic chamber and the possibility to customize the PHY layer of the nodes
  • NITLab and FIT NITOS-Lab: four testbeds for experimentation across Wi-Fi connected nodes in both indoor/outdoor real world environments and controlled environments; NITLab (Volos) offers LTE connectivity
  • FIT CorteXlab: a testbed for developing cognitive radio applications, with 80 wireless nodes deployed in a 180 m² isolated anechoic chamber and the possibility to customize the PHY layer of the nodes
  • Services Platforms: These testbeds are available by special arrangement directly with the OneLab technical team, who will provide access and assistance throughout the experimentation process
  • FUSECO Playground: advanced ICT platforms supporting data, multimedia streaming and mobile cloud applications, including mobility and handover testing.
  • Virtual Wall: two testbeds (Virtual Wall 1 and Virtual Wall 2) located in Ghent, BE with 300 physical servers with fully configurable software installation (e.g. choice of operating systems, drivers, applications, etc.) and network interfaces interconnection.
  • w-iLab: wireless testbeds offering mobile nodes for experimentation to allow flexible testing of the functionality and performance of wireless networking protocols and systems
  • III IoT-Lab: this IoT testbeds is located in Taiwan and provides 16 wireless sensor nodes that are designed to achieve reproducibility of experimentation and testing in real world settings.

Learn more on http://onelab.eu